Електротехніка і електромеханіка. 2026 (3) АРХІВ (Всі випуски) 
 | Електротехніка і електромеханіка
2026. Вип. 3 |
- Титул.
- Зміст.
- Belguet O., Mehasni R., Belounis A., Ouili M. Effects of friction on the efficiency of open gradient magnetic separation in dry granular materials. - C. 3-10.
- Dilmi A., Bouzida A., Yassa N., Fares B. Analysis of the external network parameters influence on the operating characteristics of self-excited induction generators. - C. 11-17.
- Козирський В. В., Бунько В. Я., Дарморіс П. М. Визначення перехідного опору розбірних електричних контактів з активним мастилом Camital. - C. 18-25.
- Shlyk S., Pyrhönen J., Petrov I., Parviainen M., Martikainen I., Suikki A., Pippuri-Mäkeläinen J., Zagirnyak M. Possibility of cooling the rotor of an electric traction motor by bidirectional air flows. - C. 26-33.
- Abdelgoui R. F., Taleb R. Enhanced power quality in grid-connected wind energy systems using PI-controlled with doubly fed induction generator optimized by hybrid differential evolution and grey wolf algorithm. - C. 34-41.
- Daili Y., Bentafer R., Djaraf N., Harrag A. Comprehensive modeling of grid-connected inverters in weak grid systems. - C. 42-48.
- Dukkipati S., Nagendra S. S., Kumar B. H., Parimalasundar E. Adaptive deep reinforcement learning-based control strategy for high-performance permanent magnet synchronous motor drive systems. - C. 49-54.
- Khemiri K., Djebali R. Hybrid extended Kalman filter long short-term memory framework for robust state and fault estimation in mobile robots under unknown disturbances. - C. 55-61.
- Nguyen P. D., Kuchar M. Performance improvement of sensorless scalar and vector control for induction motor drives via an enhanced voltage model. - C. 62-67.
- Tabbakh M., Rouabhi R., Herizi A., Chami N. A new stator flow-oriented control method based on type-2 fuzzy logic controllers for permanent magnet synchronous motors. - C. 68-72.
- Ahmane A., Sakri D., Farhi S. E., Golea N. Three-phase pulse width modulation boost rectifier enhancement direct power control based on super-twisting algorithm. - C. 73-78.
- Amran O. A. Y., Windarko N. A., Syarif I., Gemilang T. B. J. Application of the Newton–Raphson algorithm for enhanced harmonic reduction in seven-level packed U-cell multilevel inverters. - C. 79-84.
- Alomari S. A., Smerat A., Malik O. P., Abu Zitar R., Dehghani M., Montazeri Z. Power system operational optimization using the kakapo optimization algorithm for dynamic economic dispatch. - C. 85-91.
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